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The branch division of mechanics are different to some degree among countries. For example: in former Soviet-influenced countries, “theoretical mechanics” includes statics, kinematics, dynamics, and is a sub-branch of “applied mechanics, engineering mechanics”; “analytical mechanics” includes Lagrangian mechanics and Hamiltonian mechanics, and is a sub-branch of “theoretical dynamics”.
| cmn-Hans-CN: 科目
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cmn-Latn.Pinyin-CN: kēmù
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deu-Latn-DE: Fach [n]
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eng-Latn-US: subject
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fra-Latn-FR: matière [f]
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jpn-Jpan-JP: 科目
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jpn-Hrkt-JP: か↑もく
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rus-Cyrl-RU: предме́т
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| 经典力学
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jīngdiǎn lìxué
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klassische Mechanik, Newton'sche Mechanik
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classcial mechanics
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mécanique [f] newtonienne, méchanique [f] classique
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古典力学
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こ↑てんりき↓がく
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класси́ческая меха́ника
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| 应用力学，工程力学
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yìngyòng lìxué, gōngchéng lìxuéx
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Technische Mechanik
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applied mechanics, engineering mechanics
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mécanique [f] (technique)
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応用力学
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お↑うようりき↓がく
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прикладна́я меха́ника
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| 理论力学
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lǐlùn lìxué
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„theoretische Mechanik“
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“theoretical mechanics”
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« mécanique [f] théorique »
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「理論力学」
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「り↑ろんりき↓がく」
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теорети́ческая меха́ника
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| 静力学
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jìng lìxué
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Statik [f]
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statics
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statique [f]
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静力学
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せ↑いりき↓がく
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ста́тика
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| 运动学
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yùndòng xué
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Kinematik [f]
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kinematics
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cinématique [f]
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運動学
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う↑んど↓うがく
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кинема́тика
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| 动力学
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dòng lìxué
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Dynamik [f]
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dynamics
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dynamique [f]
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動力学
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ど↑うりき↓がく
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дина́мика
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| 连续介质力学
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liánxù jièzhì lìxué
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Kontinuumsmechanik [f]
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continuum mechanics
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mécanique [f] des milieux continus
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連続体力学
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れ↑んぞくたいりき↓がく
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меха́ника сплошны́х сред
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| 固体力学
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gùtǐ lìxué
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Mechanik [f] fester Körper [m pl]
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solid mechanics
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mécanique [f] des solides déformables
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固体力学
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こ↑たいりき↓がく
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меха́ника твёрдого те́ла
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| 接触力学
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jiēchù lìxué
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Kontaktmechanik [f]
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contact mechanics
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mécanique [f] des contacts
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接触力学
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せ↑っしょくりき↓がく
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меха́ника конта́ктного взаимоде́йствия
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| 断裂力学
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duànliè líxué
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Bruchmechanik [f]
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fracture mechanics
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mécanique [f] de la rupture
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破壊力学
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は↑かいりき↓がく
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меха́ника разруше́ния твёрдых тел
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| 结构力学
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jiégòu lìxué
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Strukturmechanik [f]
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structural mechanics
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mécanique [f] des structures
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構造力学
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こ↑うぞうりき↓がく
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строи́тельная меха́ника
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| 土壤力学，土力学
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tǔrǎng lìxué, tǔ lìxué
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Bodenmechanik [f]
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soil mechanics
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mécanique [f] des sols
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土質力学
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ど↑しつりき↓がく
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меха́ника грунто́в
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| 流体力学
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liútǐ lìxué
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Strömungsmechanik [f], Fluidmechanik [f], Strömungslehre [f]
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fluid mechanics
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mécanique [f] des fluides
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流体力学
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り↑ゅうたいりき↓がく
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гидроаэромеха́ника
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| 流体静力学
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liútǐ jìnglìxué
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Hydrostatik [f]
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fluid statics, hydrostatics
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hydrostatique [f], statique [f] des fluides
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流体静力学
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り↑ゅうたいせいりき↓がく
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гидроста́тика
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| 流体动力学
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liútǐ dònglìxué
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Fluiddynamik [f]
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fluid dynamics
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dynamique [f] des fluides
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流体動力学
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り↑ゅうたいどうりき↓がく
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гидроаэродина́мика
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| 空气动力学
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kōngqì dòglìxué
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Aerodynamik [f]
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aerodynamics
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aérodynamique [f]
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空気力学
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く↑うきりき↓がく
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аэродина́мика
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| 水动力学
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shuǐ dònglìxué
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Hydrodynamik [f]
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hydrodynamics
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hydrodynamique [f]
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水力学
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す↑いりき↓がく
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гидродина́мика
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| 水力学
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shuǐ lìxué
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Hydraulik [f]
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hydraulics
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hydraulique [f]
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水理学
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す↑いり↓がく
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гидра́влика
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| 分析力学
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fēnxī lìxué
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analytische Mechanik, theoretische Mechanik
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analytical mechanics, theoretical mechanics
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mécanique [f] analytique
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解析力学
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か↑いせきりき↓がく
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аналити́ческая меха́ника
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| 天体力学
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tiāntǐ lìxué
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Himmelsmechanik [f]
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celestial mechanics
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mécanique [f] céleste
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天体力学
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て↑んたいりき↓がく
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небе́сная меха́ника
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| 航天动力学
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hángtiān dònglìxué
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Raumflugmechanik [f]
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orbital mechanics, astrodynamics
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mécanique spatiale, astrodynamique
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軌道力学
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き↑どうりき↓がく
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астродина́мика
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| 弹道学
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dàndào xué
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Ballistik [f]
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ballistics
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balistique [f]
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弾道学
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だ↑んど↓うがく
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балли́стика
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| 量子力学
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liàngzǐ lìxué
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Quantenmechanik [f]
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quantum mechanics
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mécanique [f] quantique
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量子力学
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りょ↑うしりき↓がく
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ква́нтовая меха́ника
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| 薛定谔方程
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Xuēdìng'è fāngchéng
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Schrödingergleichung [f]
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Schrödinger equation, Schrödinger wave mechanics
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équation [f] de Schrödinger
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シュレーディンガー方程式
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シュ↑レーディ↓ンガーほ↑うて↓いしき
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уравне́ние Шрёдингера
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| 矩阵力学
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jǔzhèn lìxué
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Matrizenmechanik [f]
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matrix mechanics
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mécanique [f] matricielle
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行列力学
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ぎょ↑うれつりき↓がく
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ма́тричная меха́ника
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| 量子统计力学
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liàngzǐ tǒngjì lìxué
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Quantenstatistik [f]
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quantum statistical mechanics
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physique [f] statistique quantique
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量子統計力学
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りょ↓うしと↑うけいりき↓がく
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ква́нтовая статисти́ческая меха́ника
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| 相对论力学
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xiāngduìlùn lìxué
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relativistische Mechaniak
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relativistic mechanics
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mécanique [f] relativiste
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相対論的力学
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そ↑うたいろんてきりき↓がく
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релятиви́стская меха́ника
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Main
Classical Mechanics
Applied Mechanics
friction
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
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cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
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eng-Latn-US: concept |
eng-Latn-US: prerequisite
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deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
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fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
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jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
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jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
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rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
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friction |
force; solid <thermodynamics>; surface <geometry>
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dry friction |
friction
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fluid friction |
friction; viscosity
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internal friction |
friction; deformation
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kinetic friction |
dry friction
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lubricated friction |
friction; lubricity
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skin friction |
friction; drag
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static friction, stiction |
dry friction
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Statics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
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cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
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deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
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eng-Latn-US: concept |
eng-Latn-US: prerequisite
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fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
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jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
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jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
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rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
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| 梁 |
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liáng |
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Träger [m] |
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beam |
rigid body
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free body diagram |
object
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Lami's theorem |
coplanarity <geometry>; colinearity <geometry>; vector <geometry>
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mechanical equilibrium |
net force; particle
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object, body |
matter; three-dimensional space <geometry>
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rigid body |
object
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net force |
vector sum <geometry>; force
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Kinematics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
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cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
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deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
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eng-Latn-US: concept |
eng-Latn-US: prerequisite
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fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
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jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
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jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
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rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
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acceleration |
velocity; time derivative <mathematical analysis>
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angular acceleration |
angular velocity; time derivative <mathematical analysis>
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angular frequency |
angular displacement; angular velocity
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angular velocity, rotational velocity |
rotation; position; time derivative <mathematical analysis>
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average speed |
distance; duration
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circular motion |
circumference <geometry>; rotation <geometry>
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elastic potential energy |
deformation; work
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gravitational potential energy |
mass; gravitational field
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inertial frame of reference |
frame of reference; acceleration
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kinetic energy |
energy; motion
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linear motion, rectilinear motion |
motion; line <geometry>
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motion |
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non-inertial reference frame |
reference frame; acceleration
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non-circular linear motion |
circular linear motion
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non-uniform linear motion |
uniform linear motion
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position |
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potential energy |
energy; position
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reference frame, frame of reference |
coordinate system <geometry>
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relative velocity |
velocity
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restoring force |
force; equilibrium point <stability theory>
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simple harmonic motion |
motion; restoring force; periodic function <mathematical analysis>
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speed |
magnitude <number theory>; position <geometry>
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uniform circular motion |
circular motion; velocity
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uniform linear motion |
linear motion; acceleration
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velocity |
position <geometry>; time derivative <mathematical analysis>
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Dynamics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
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cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
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jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
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rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
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centrifugal force |
fictitious force; rotating frame of reference
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circular motion |
rotation; circumference <geometry>
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Coriolis effect |
rotating frame of reference
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Coriolis force |
Coriolis effect; fictitious force
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damping |
oscillation
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Euler's first law |
linear momentum; force
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Euler's laws of motion |
Euler's first law; Euler's first law
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impulse |
force; integral <mathematical analysis>; time
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inertia |
object; velocity; force
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inertial reference frame |
reference frame; acceleration
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linear momentum, translational momentum, momentum |
mass; velocity
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Newton's law of universal gravitation |
particle; force
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Newton's first law of motion |
object; velocity; net force
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Newton's second law of motion |
object; vector sum <geometry>; force; mass; acceleration
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Newton's third law of motion |
object; force; magnitude <number theory>; orientation <geometry>
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power |
energy; unit time
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reaction |
Newton's third law of motion
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rotational inertia, moment of inertia |
rigid body; torque; angular acceleration
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torque, rotational force |
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work |
force; displacement <geometry>
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Continuum Mechanics
Solid Mechanics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
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bending, flexure |
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contact force |
force
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deformation |
solid <thermodynamics>
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elasticity |
deformation
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elastic deformation |
elasticity
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elastic modulus, modulus of elasticity |
elasticity
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flexural modulus, bending modulus |
stress; strain; flexural deformation
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Hooke's law |
force; stiffness
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linear elasticity |
elasticity
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normal force |
contact force
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parallelogram of force |
vector addition <algebra>
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plasticity, plastic deformation |
deformation
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plastic deformation |
plasticity
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Poisson effect |
deformation; structural load
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Poisson's ratio |
Poisson effect
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strain |
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stress |
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structural element |
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structural load, structural action |
force; deformation; acceleration; structural element
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virial theorem |
kinetic energy; particle; force
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yield |
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yield point |
yield; stress–strain curve
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yield strength, yield stress |
yield
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Young modulus |
elastic modulus
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= Contact Mechanics =
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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= Fracture Mechanics =
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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= Structural Mechanics =
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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|
= Soil Mechanics =
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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|
Fluid Mechanics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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|
= Fluid Statics =
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
|
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= Fluid Dynamics =
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
|
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terminal velocity |
velocity; fluid
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Analytical Mechanics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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canonical coordinates |
Hamiltonian mechanics
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| 哈密顿力学 |
|
Hāmìdùn lìxué |
|
Hamiltonsche Mechanik |
|
Hamiltonian mechanics |
|
mécanique [f] hamiltonienne |
|
ハミルトン力学 |
|
ハミルトンりきがく |
|
гамильто́нова меха́ника |
|
| 拉格朗日力学 |
|
Lāgélǎngrí lìxué |
|
Lagrange-Formalismus [m], Lagrange'sche Mechanik |
|
Lagrangian mechanics |
configuration space, kinetic energy, potential energy
|
équations [f pl] de Lagrange |
|
ラグランジュ力学 |
|
ラグランジュりきがく |
|
лагранжева меха́ника |
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trajectory, flight path |
physical object; mass; motion
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Celestial Mechanics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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Orbital Mechanics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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Ballistics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
|
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Quantum Mechanics
Schrödinger Equation
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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Matrix Mechanics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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Quantum Statistical Mechanics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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Relativistic Mechanics
| cmn-Hans-CN: 概念 |
cmn-Hans-CN: 前提
|
cmn-Latn.Pinyin-CN: gàiniàn |
cmn-Latn.Pinyin-CN: qiántí
|
deu-Latn-DE: Begriff [m] |
deu-Latn-DE: Voraussetzung [f]
|
eng-Latn-US: concept |
eng-Latn-US: prerequisite
|
fra-Latn-FR: concept [m] |
fra-Latn-FR: préalable [m]
|
jpn-Jpan-JP: 概念 |
jpn-Jpan-JP: 前提
|
jpn-Hrkt-JP: が↓いねん |
jpn-Hrkt-JP: ぜ↑んてい
|
rus-Cyrl-RU: конце́пция |
rus-Cyrl-RU: предпосы́лка
|
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Appendix
Sentence
| cmn-Hans-CN: 语句 |
cmn-Hans-CN: 前提
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cmn-Latn.Pinyin-CN: yǔjù |
cmn-Latn.Pinyin-CN: qiántí
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deu-Latn-DE: Satz [m] |
deu-Latn-DE: Voraussetzung [f]
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eng-Latn-US: sentence |
eng-Latn-US: prerequisite
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fra-Latn-FR: phrase [f] |
fra-Latn-FR: préalable [m]
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jpn-Jpan-JP: 文章 |
jpn-Jpan-JP: 前提
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jpn-Hrkt-JP: ぶ↑んしょ↓う |
jpn-Hrkt-JP: ぜ↑んてい
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rus-Cyrl-RU: фра́за |
rus-Cyrl-RU: предпосы́лка
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Symbol
Statics
| symbol
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cmn-Hans-CN: 含义
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cmn-Latn.Pinyin-CN: hányì
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deu-Latn-DE: Bedeutung [f]
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eng-Latn-US: meaning
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fra-Latn-FR: signification [f]
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jpn-Jpan-JP: 意味
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jpn-Hrkt-JP: い↓み
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rus-Cyrl-RU: значе́ние
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| A
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area
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| d
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distance
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| F
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force
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| H
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height
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| I
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rotational inertia
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| J
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inertia
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| M
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moment
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| m
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mass
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| t
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time
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| W
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work; weight
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| α, β, γ, θ, φ, ...
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angle
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Kinematics
| symbol
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cmn-Hans-CN: 含义
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cmn-Latn.Pinyin-CN: hányì
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deu-Latn-DE: Bedeutung [f]
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eng-Latn-US: meaning
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fra-Latn-FR: signification [f]
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jpn-Jpan-JP: 意味
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jpn-Hrkt-JP: い↓み
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rus-Cyrl-RU: значе́ние
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| a
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acceleration
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| f
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frequency
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| j
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jerk
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| v
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speed
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| v
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velocity
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| ν
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kinematic viscosity
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| ω
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angular speed
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| ω
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angular velocity
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Dynamics
| symbol
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cmn-Hans-CN: 含义
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cmn-Latn.Pinyin-CN: hányì
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deu-Latn-DE: Bedeutung [f]
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eng-Latn-US: meaning
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fra-Latn-FR: signification [f]
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jpn-Jpan-JP: 意味
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jpn-Hrkt-JP: い↓み
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rus-Cyrl-RU: значе́ние
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| E
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energy
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| h
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specific angular momentum
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| J
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impulse
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| L
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angular momentum
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| P
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power
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| P
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rotatum
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| p
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momentum
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| Y
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yank
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| α
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angular acceleration
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| ζ
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angular jerk
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| μ
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dynamic viscosity
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| τ
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torque
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Solid Mechanics
| symbol
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cmn-Hans-CN: 含义
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cmn-Latn.Pinyin-CN: hányì
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deu-Latn-DE: Bedeutung [f]
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eng-Latn-US: meaning
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fra-Latn-FR: signification [f]
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jpn-Jpan-JP: 意味
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jpn-Hrkt-JP: い↓み
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rus-Cyrl-RU: значе́ние
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| Ω
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solid angle
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Fluid Mechanics
| symbol
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cmn-Hans-CN: 含义
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cmn-Latn.Pinyin-CN: hányì
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deu-Latn-DE: Bedeutung [f]
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eng-Latn-US: meaning
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fra-Latn-FR: signification [f]
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jpn-Jpan-JP: 意味
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jpn-Hrkt-JP: い↓み
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rus-Cyrl-RU: значе́ние
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| A
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Atwood number
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| Ar
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Archimedes number
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| Ba
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Bagnold number
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| Bex
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Bagnold number
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| Bi
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Biot number
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| Br
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Brinkman number
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| Ca
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Capillary number; Cauchy number
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| D
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Damköhler number
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| Da
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Darcy number
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| De
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Deborah number
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| Du
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Dukhin number
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| De
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Dukhin number
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| Ec
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Eckert number
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| Ek
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Ekman number
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| Eo, Bo
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Eötvös number. Bond number
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| Eu
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Euler number
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| Fr
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Froude number
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| G
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Görtler number
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| Ga
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Galilei number
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| Gr
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Grashof number
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| Gz
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Graetz number
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| hg
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Hagen number
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| Ka
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Kapitza number
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| KC
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Keulegan–Carpenter number
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| Kn
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Knudsen number
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| La, Su
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Laplace number, Suratman number
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| Le
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Lewis number
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| Ma
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Marangoni number
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| Ma, M
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Mach number
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| Mo
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Morton number
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| N
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Stuart number
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| Nu
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Nusselt number
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| Oh
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Ohnesorge number
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| P, Z
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Rouse number
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| Pe
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Péclet number
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| Pr
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Prandtl number
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| Prm
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magnetic Prandtl number
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| Prt
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turbulent Prandtl number
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| Q
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Chandrasekhar number
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| Q
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volumetric flow rate
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| Ra
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Rayleigh number
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| Re
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Reynolds number
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| Rem
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magnetic Reynolds number
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| Ri
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Richardson number
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| Ro
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Roshko number; Rossby number
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| Sc
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Scruton number; Schmidt number
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| Sh
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Sherwood number
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| St
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Stanton number
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| St, Sr
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Strouhal number
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| Stk
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Stokes number
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| Ta
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Taylor number
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| U
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Ursell number
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| We
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Weber number
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| Wi
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Weissenberg number
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| α
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Womersley number
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| ξ
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Iribarren number
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Analytical Mechanics
| symbol
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cmn-Hans-CN: 含义
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cmn-Latn.Pinyin-CN: hányì
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deu-Latn-DE: Bedeutung [f]
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eng-Latn-US: meaning
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fra-Latn-FR: signification [f]
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jpn-Jpan-JP: 意味
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jpn-Hrkt-JP: い↓み
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rus-Cyrl-RU: значе́ние
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| H
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Hamiltonian mechanics
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| L
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Lagrangian mechanics
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Resource under a Public License
Applied Mechanics
Fluid Mechanics
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Material Science
Technical Drawing
